def main(): # Initialize the argument parser... argument_parser = argparse.ArgumentParser( description=_('Query the status of a Helios server.')) # Add common arguments to argument parser... add_common_arguments(argument_parser) # Parse the command line... arguments = argument_parser.parse_args() # Initialize terminal colour... colorama.init() # Try to query server status... success = False try: # If no host provided, use Zeroconf auto detection... if not arguments.host: arguments.host = zeroconf_find_server()[0] # Create a client... client = helios.client(token=arguments.token, host=arguments.host, port=arguments.port, verbose=arguments.verbose) # Perform query... server_status = client.get_server_status() success = True # Helios exception... except helios.exceptions.ExceptionBase as someException: print(someException.what()) # Some other kind of exception... except Exception as someException: print(_(f"An unknown exception occurred: {print(someException)}")) # Show server information if received and verbosity enabled... if success and arguments.verbose: pprint(attr.asdict(server_status)) # Show success status or failure... if success: print(_(f"Server has {server_status.songs} songs.")) else: print( f"{colored(_('There was a problem verifying the server status.'), 'red')}" ) # If unsuccessful, bail... if not success: sys.exit(1) # Done... sys.exit(0)
# Initialize all the other patchable song fields... if arguments.song_edit_album is not None: patch_song_dict['album'] = arguments.song_edit_album if arguments.song_edit_artist is not None: patch_song_dict['artist'] = arguments.song_edit_artist if arguments.song_edit_genre is not None: patch_song_dict['genre'] = arguments.song_edit_genre if arguments.song_edit_isrc is not None: patch_song_dict['isrc'] = arguments.song_edit_isrc if arguments.song_edit_reference is not None: patch_song_dict['reference'] = arguments.song_edit_reference if arguments.song_edit_title is not None: patch_song_dict['title'] = arguments.song_edit_title if arguments.song_edit_year is not None: patch_song_dict['year'] = arguments.song_edit_year # Try to modify the song... success = False try: # If no host provided, use Zeroconf auto detection... if not arguments.host: arguments.host = zeroconf_find_server()[0] # Create a client... client = helios.client( token=arguments.token, host=arguments.host, port=arguments.port, verbose=arguments.verbose) # Submit modification request... stored_song = client.modify_song( patch_song_dict=patch_song_dict, store=arguments.store, song_id=arguments.song_id, song_reference=arguments.song_reference)
def main(): # Initialize the argument parser... argument_parser = argparse.ArgumentParser( description=_('Delete a remote song or songs on a Helios server.')) # Add common arguments to argument parser... add_common_arguments(argument_parser) # Add arguments specific to this utility to argument parser... add_arguments(argument_parser) # Parse the command line... arguments = argument_parser.parse_args() # Initialize terminal colour... colorama.init() # Status on whether there were any errors... success = False # Try to delete a single song or all songs... try: # A progress bar we may or may not construct later... progress_bar = None # If no host provided, use Zeroconf auto detection... if not arguments.host: arguments.host = zeroconf_find_server()[0] # Create a client... client = helios.client(host=arguments.host, port=arguments.port, token=arguments.token, verbose=arguments.verbose) # Counter of the number of songs deleted... total_deleted = 0 # Only requested a single song to delete... if arguments.song_id or arguments.song_reference: # Submit request to server... song_deleted = delete_song( client, song_id=arguments.song_id, song_reference=arguments.song_reference, delete_file_only=arguments.delete_file_only) # Update deletion counter... if song_deleted: total_deleted += 1 # Note success... success = True # User requested to delete all song files only, keeping metadata... elif arguments.delete_all and arguments.delete_file_only: # Prompt user to make sure they are certain they know what they are # doing... verification = input( _('Are you sure you know what you are doing? Type \'YES\': ')) if verification != _('YES'): sys.exit(1) # How many songs are currently in the database? server_status = client.get_server_status() # Keep deleting songs while there are some... songs_remaining = True current_page = 1 progress_bar = tqdm(desc=_('Deleting files'), total=server_status.songs, unit=_(' songs')) while songs_remaining: # Get a batch of songs... all_songs_list = client.get_all_songs(page=current_page, page_size=100) # No more songs left... if len(all_songs_list) == 0: songs_remaining = False # Delete each one's song file... for song in all_songs_list: # Submit request to server... song_deleted = delete_song(client, song_id=song.id, song_reference=song.reference, delete_file_only=True) # Update deletion counter... if song_deleted: total_deleted += 1 # Update progress bar... progress_bar.update(1) # Advance to next page... current_page += 1 # Done... progress_bar.close() success = True # User requested to delete all songs and their files... elif arguments.delete_all and not arguments.delete_file_only: # Prompt user to make sure they are certain they know what they are # doing... verification = input( _('Are you sure you know what you are doing? Type \'YES\': ')) if verification != _('YES'): sys.exit(1) # How many songs are currently in the database? server_status = client.get_server_status() # Keep deleting songs while there are some... songs_remaining = True progress_bar = tqdm(desc=_('Deleting metadata and files'), total=server_status.songs, unit=_(' songs')) while songs_remaining: # Get a batch of songs. We can always start chomping at the # first page because everything after it is shifted up the # first page after being deleted... all_songs_list = client.get_all_songs(page=1, page_size=100) # No more songs left... if len(all_songs_list) == 0: songs_remaining = False # Delete each one... for song in all_songs_list: # Submit request to server... song_deleted = delete_song(client, song_id=song.id, song_reference=song.reference, delete_file_only=False) # Update deletion counter... if song_deleted: total_deleted += 1 # Update progress bar... progress_bar.update(1) # Done... progress_bar.close() success = True # User trying to abort... except KeyboardInterrupt: sys.exit(1) # Helios exception... except helios.exceptions.ExceptionBase as someException: print(someException.what()) # Some other kind of exception... except Exception as someException: print(_(f"An unknown exception occurred: {print(someException)}")) # Cleanup any resources... finally: # Dump any new output beginning on a new line... print('') # Cleanup progress bar, if one was constructed... if progress_bar: progress_bar.close() # Show deletion statistics... print(F'Deleted {total_deleted} successfully.') # If unsuccessful, bail... if not success: sys.exit(1) # Done... sys.exit(0)
def main(): # Initialize the argument parser... argument_parser = argparse.ArgumentParser( description=_('Batch import songs into Helios.')) # Add common arguments to argument parser... add_common_arguments(argument_parser) # Add arguments specific to this utility to argument parser... add_arguments(argument_parser) # Parse the command line... arguments = argument_parser.parse_args() arguments.offset = max(arguments.offset, 1) # Setup logging... format = "%(asctime)s: %(message)s" if arguments.verbose: logging.basicConfig(format=format, level=logging.DEBUG, datefmt="%H:%M:%S") else: logging.basicConfig(format=format, level=logging.INFO, datefmt="%H:%M:%S") # Initialize terminal colour... colorama.init() # Success flag to determine exit code... success = False # Total number of songs in the input catalogue file... songs_total = 0 # Prepare column fieldnames from CSV input catalogue... fieldnames = [ 'reference', 'album', 'artist', 'title', 'genre', 'isrc', 'year', 'path' ] # Batch importer will be constructed within try block... batch_importer = None # Try to process the catalogue file... try: # If no host provided, use Zeroconf auto detection... if not arguments.host: arguments.host = zeroconf_find_server()[0] # Create a client... client = helios.client( token=arguments.token, host=arguments.host, port=arguments.port, verbose=arguments.verbose) # Count the number of songs in the input catalogue... with open(arguments.catalogue_file, 'r') as catalogue_file: for line in catalogue_file: if line.strip(): songs_total += 1 # Verify we can reach the server... server_status = client.get_server_status() # If user requested to autodetect the number of threads, set to the # number of logical cores on the server... if arguments.threads == 0: arguments.threads = server_status.cpu.cores # Initialize batch song importer... batch_importer = BatchSongImporter(arguments, songs_total) # Open catalogue file again, but this time for parsing. Set newline # empty per <https://docs.python.org/3/library/csv.html#id3> catalogue_file = open(arguments.catalogue_file, 'r', newline='') # Initialize the CSV reader... reader = csv.DictReader( f=catalogue_file, fieldnames=fieldnames, delimiter=arguments.delimiter, doublequote=False, escapechar='\\', quoting=csv.QUOTE_MINIMAL, skipinitialspace=True, strict=True) # Submit the songs... batch_importer.start(reader) # Determine how we will exit... success = True #(errors_remaining == arguments.maximum_errors) # User trying to abort... except KeyboardInterrupt: print(_('Aborting, please wait a moment...')) success = False # Helios exception... except helios.exceptions.ExceptionBase as someException: print(someException.what()) # Some other kind of exception... except Exception as someException: print(_(f"An unknown exception occurred: {str(someException)}")) # Cleanup... finally: # Stop batch import, in case it hasn't already... if batch_importer: batch_importer.stop() del batch_importer # Close input catalogue file... catalogue_file.close() # Exit with status code based on whether we were successful or not... if success: sys.exit(0) else: sys.exit(1)
def main(): # Initialize the argument parser... argument_parser = argparse.ArgumentParser( description=_('Add a song to a Helios server.')) # Add common arguments to argument parser... add_common_arguments(argument_parser) # Add arguments specific to this utility to argument parser... add_arguments(argument_parser) # Parse the command line... arguments = argument_parser.parse_args() # Initialize terminal colour... colorama.init() # Success flag to determine exit code... success = False # Try to submit the song... try: # If no host provided, use Zeroconf auto detection... if not arguments.host: arguments.host = zeroconf_find_server()[0] # Create a client... client = helios.client(token=arguments.token, host=arguments.host, port=arguments.port, verbose=arguments.verbose) # Prepare new song data... new_song_dict = { 'file': base64.b64encode(open(arguments.song_file, 'rb').read()).decode('ascii'), 'reference': arguments.song_reference } # Progress bar to be allocated by tqdm as soon as we know the total size... progress_bar = None # Progress bar callback... def progress_callback(bytes_read, new_bytes, bytes_total): # Reference the outer function... nonlocal progress_bar # If the progress bar hasn't been allocated already, do so now... if not progress_bar: progress_bar = tqdm(desc=_('Uploading'), leave=False, smoothing=1.0, total=bytes_total, unit_scale=True, unit='B') # Update the progress bar with the bytes just read... progress_bar.update(new_bytes) # time.sleep(0.001) # If we're done uploading, update description to analysis stage... if bytes_read == bytes_total: #progress_bar.n = 0 progress_bar.set_description(_('Analyzing')) # Redraw the progress bar on the terminal... progress_bar.refresh() # Submit the song... stored_song = client.add_song(new_song_dict=new_song_dict, store=arguments.store, progress_callback=progress_callback) # Note the success... success = True # User trying to abort... except KeyboardInterrupt: sys.exit(1) # Helios exception... except helios.exceptions.ExceptionBase as someException: print(someException.what()) # Some other kind of exception... except Exception as someException: print(_(f"An unknown exception occurred: {print(someException)}")) # Cleanup... finally: if progress_bar: progress_bar.close() # Show stored song model produced by server if successful and verbosity enabled... if success and arguments.verbose: pprint(attr.asdict(stored_song)) # Show success status or failure... if success: print(_(f"[{colored(_(' OK '), 'green')}]: {arguments.song_file}")) else: print(_(f"[{colored(_('FAIL'), 'red')}]: {arguments.song_file}")) # If unsuccessful, bail... if not success: sys.exit(1) # Done... sys.exit(0)